Feedback Control of Switched Linear Systems with Event-Triggered Link

Abstract

The paper mainly studies the event-triggered control of switched linear systems with partially random coefficient using average dwell time switching technique. Samplings are active when a triggering condition is satisfied. On every sampling instant, new state and the switching information are transferred to controller. Compared with the zero-order holder, a dynamic controller is introduced in closed-loop to approximate the plant behavior. A sufficient condition guaranteeing stability is established by using Lyapunov function method. A related example is presented finally.